Sentence examples for regulatory character from inspiring English sources

Such processes may exhibit a regulatory character.

They include two TTA-containing genes (SCO0383 and 0399), neither of regulatory character, and neither being represented in the proteome.

For our discussion, the regulatory character of informal labour markets within institutional conditions is especially important because labour market characteristics such as labour market inequality and poverty are pervasive within and between LMICs.

While microbial pathogens are usually eliminated from the host with a rapid and inflammatory immune response, the immune response to helminths is less severe and has a strong regulatory character [ 14].

This is not surprising, considering that APPL1 is not a stoichiometric component of the NuRD complex, and APPL1-bound pools of HDAC2 or HDAC1 constitute only a minor fraction of their total cellular content, arguing for their fine-tuning regulatory character.

The argument used to go that because much of the EU's activity was highly technical and regulatory in character it could be legitimised via alternative mechanisms that stressed outputs, expertise, and efficiency.

We observe that both regulatory strength and character modulates this linkage.

It has been proposed that this difference in abundance of coding and regulatory mutation in morphological characters is due to coding mutations within species not being able to spread through populations due to their pleiotropic deleterious effects [ 17].

Taken together with their ability to donate regulatory sequences, this lineage-specific character of TEs suggests that the regulatory elements they donate may lead to species-specific differences in gene expression.

The possibly ancient nature of the mechanism may seem to be at odds with the neuronal targets, whose function is a relatively recent evolutionary invention, but this may also point to a flexible or opportunistic character of the regulatory mechanisms utilizing small RNA fragments.

Noise, nonlinear interactions, positive and negative feedbacks within signaling pathways, time delays, protein oligomerization, and crosstalk between different pathways are main characters in the regulatory of gene expression.